5SHX0660F0002

5SHX0660F0002

s an IC FPGA 600 I/O 1760HBGA that includes the StratixR V GX family. They are designed to work with Stratix V GX products and are packaged and displayed on a dataphilt for pallets, offering installation style features such as SMD/SMT. Tradename is designed for Stratix V FPGA and 1760-BBGA FC BGA enclosures with operating temperatures ranging from -40°C to 100°C(TJ). In addition, the installation type is surface mount, the device provides 0.82V-0.88V power supply, the device has 1760 HBGA(45x 45) supplier device package, the number of gate circuit is, the number of I/O is 600, the data rate is 14.1Gbps, and the number of LABs CLBs is 359200. The number of logic element units is 952000, and the total number of RAM bits is 65561600. Its maximum operating temperature range is +85°C, the minimum operating temperature range is -40°C, the operating power supply voltage is 0.85 V, the number of transceivers is 66, the number of I/O is 600, the number of logic array module LABs is 359200, the number of logic components is 952000, the total memory is 62.96 Mbit. The RAM EBR for the embedded module is 10.96 Mbit. 5SHT-101-E with user guide made by Littelfuse. Is a part of the current sensor, support industrial current sensor current transformer 100:52 VA, current transformer 100:52 VA. 5SHT-151-E with circuit diagram manufactured by Littelfuse. Is a part of the current sensor, supports industrial current sensor current transformer 155:555 VA, current transformer 155:555 VA. 5SHT-500-E, with EDA/CAD model manufactured by Littelfuse. Is a part of the current sensor, support industrial current sensor current transformer 50:51 VA, current transformer 50:51 VA.

Voltage, also known as potential difference or potential difference, is a physical quantity that measures the energy difference of a unit charge in an electrostatic field due to different electric potential. Its magnitude is equal to the work done by A unit positive charge to move from point A to point B by the electric field force, and the direction of voltage is specified as the direction from high potential to low potential. The international system of units of voltage is volt (V, referred to as volt), and the commonly used units are kilovolt (kV), millivolt (mV), microvolt (μV) and so on. This concept is similar to the “water pressure” caused by high or low water levels. It should be noted that the term “voltage” is generally used only in circuits, while “potential difference” and “potential difference” are generally used in all electrical phenomena.